% Encoding: UTF-8
% !Mode:: "TeX:UTF-8"

@inproceedings{cnproceed,
    author    = {王重阳 and 黄药师 and 欧阳峰 and 洪七公 and 段皇帝},
    title     = {武林高手从入门到精通},
    booktitle = {第~$N$~次华山论剑},
    year      = 2006,
    address   = {西安, 中国},
    language  = {zh}
}

@article{cnarticle,
    author   = {贾宝玉 and 林黛玉 and 薛宝钗 and 贾探春},
    title    = {论刘姥姥食量大如牛之现实意义},
    journal  = {红楼梦杂谈},
    pages    = {260--266},
    volume   = {224},
    year     = {1800},
    language = {zh}
}


@inbook{Lin1992,
    language  = {zh},
    author    = {林来兴},
    title     = {空间控制技术},
    publisher = {宇航出版社},
    year      = {1992},
    pages     = {25-42},
    address   = {北京}
}

@book{xin1994,
    language  = {zh},
    title     = {信息技术与信息服务国际研讨会论文集},
    author    = {辛希孟 and 中国科学院文献信息中心 and 孟广均 and 信息学},
    year      = {1994},
    publisher = {中国社会科学出版社},
    pages     = {45-49},
    address   = {北京},
    typeoflit = {C}
}

@book{zhao1998,
    language  = {zh},
    title     = {新时代的工业工程师},
    author    = {赵耀东},
    year      = {1998},
    citedate  = {1998-09-26},
    address   = {台北},
    publisher = {天下文化出版社},
    url       = {http://www.ie.nthu.edu.tw/info/ie.newie.htm(Big5)},
    typeoflit = {M/OL}
}

@phdthesis{Chen1992,
    language = {zh},
    author   = {谌颖},
    title    = {空间最优交会控制理论与方法研究},
    address  = {哈尔滨},
    school   = {哈尔滨工程大学},
    year     = {1992},
    pages    = {8-13}
}

@article{heuthesis2017,
    title   = {Thesis Template Reference},
    author  = {{Tom John} and {Xiaoming LI}},
    journal = {Github},
    volume  = {001},
    number  = {0001},
    pages   = {000-999},
    year    = {2017}
}

@book{DXM2005,
title={西方哲学史},
author={邓晓芒 and 赵林},
language={zh},
year={2005},
publisher={高等教育出版社},
address = {北京}
}

@article{DXM2000,
title={什么是艺术作品的本源?——海德格尔与马克思美学思想的一个比较},
author={邓晓芒},
journal={哲学研究},
language={zh},
volume={10},
number={8},
pages={58--64},
year={2000}
}

@article{LQL1999,
title={康德何以步安瑟尔谟的后尘?},
author={李秋零},
language={zh},
journal={中国人民大学学报},
volume={2},
year={1999}
}

@book{FK1981,
title={弹性结构的数学理论},
author={冯康 and 石钟慈 and 何政动 and 赵林},
language={zh},
year={1981},
publisher={科学出版社},
address = {北京}
}

@book{braun2007,
title={A first course in statistical programming with R},
author={Braun, J. and Murdoch, D.J.},
volume={25},
year={2007},
publisher={Cambridge University Press Cambridge},
address = {New York, NY, USA}
}

@Article{strawderman2001,
  author    = {Strawderman, R.L.},
  journal   = {Journal of the American Statistical Association},
  title     = {Monte Carlo methods in statistical physics},
  year      = {2001},
  month     = {jun},
  number    = {454},
  pages     = {778--778},
  volume    = {96},
  doi       = {10.1198/jasa.2001.s394},
  publisher = {ASA}
}

@book{kelton2002,
title={Simulation with ARENA},
author={Kelton, W.D. and Sadowski, R.P. and Sadowski, D.A.},
volume={3},
year={2002},
publisher={McGraw--Hill Boston, MA},
address={Linkping, SW}
}

@article{OJP1991,
title={设计用随机地震动的模型及其参数确定},
author={欧进萍 and 牛荻涛 and 杜修力 and 赵林},
journal={地震工程与工程振动},
volume={11},
language={zh},
number={3},
pages={45--53},
year={1991}
}

@Article{OJP1999,
  author  = {欧进萍 and 何政 and 何政动 and 赵林},
  journal = {地震工程与工程振动},
  title   = {钢筋混凝土结构基于地震损伤性能的设计},
  volume  = {19},
  language={zh},
  number  = {1},
  pages   = {21--30},
  year    = {1999}
}

@InProceedings{MartinVillalba2009,
  author          = {Carla Martin-Villalba and Alfonso Urquia and Sebastian Dormido},
  title           = {Visualization and interactive simulation of Modelica models for control education},
  year            = {2009},
  address         = {Guilin, China},
  pages           = {3076--3081},
  publisher       = {IEEE},
  abstract        = {An approach to the implementation of virtual-labs well-suited for control education is proposed. The virtual-lab model is described in the Modelica language and it is adapted for interactive simulation by applying a systematic methodology. The virtual-lab view (i.e., the user-to-model interactive interface) is composed by connecting predefined components of Interactive, a free Modelica library presented in this manuscript. Interactive contains a set of ready-to-use Modelica models of visual interactive elements (i.e., containers, animated 3D geometric shapes and interactive controls), intended to facilitate easy definition of the virtual-lab view and the model-to-view communication. Finally, the Modelica description of the virtual-lab is translated into executable code using the Dymola modeling environment. The interactive component models provided in the Interactive library are C++ code generators: when the virtual-lab is executed, the C++ code describing the virtual-lab view and the bidirectional model-to-view communication is automatically generated. The generated C++ code uses the VTK and Qt libraries. The proposed approach is illustrated by means of an example: the development of the virtual-lab of a double-pipe heat exchanger, which is intended for chemical-process control education.},
  date            = {17-19 June 2009},
  doi             = {10.1109/CCDC.2009.5192827},
  eventdate       = {17-19 June 2009},
  eventtitleaddon = {Guilin, China},
  file            = {:https\://ieeexplore.ieee.org/stamp/stamp.jsp?tp=&arnumber=5192827:PDF},
  isbn            = {978-1-4244-2723-9},
  issn            = {1948-9447},
  journal         = {2009 Chinese Control and Decision Conference},
  keywords        = {Visualization, Libraries, Solid modeling, Shape control, Communication system control, Joining processes, Containers, Animation, Chemicals, Automatic control, Control education, Modelica, virtual laboratory, interactive simulation, object-oriented modeling},
}

@Comment{jabref-meta: databaseType:bibtex;}
